AGACSE 2024
Programme August 27-29, 2024
The conference will consist three days of single sessions, on subjects related to the conference topics (link). Times are still approximate, session titles will be determined.
| Tuesday 27 | Wednesday 28 | Thursday 29 | ||||
| 08:30 | Registration | |||||
| 09:00 | Computing | Vision & Robotics | Mathematical Aspects 2 | |||
| 11:00 | Coffee | Coffee | Coffee | |||
| 11:15 | STA Physics | Control & GIS | Electro-Magnetism | |||
| 13:15 | Lunch | Lunch | Lunch | |||
| 14:15 | Machine Learning 1 | Machine Learning 2 | Visualization/Education | |||
| 15:45 | Tea | Tea | Tea | |||
| 16:00 | Mathematical Aspects 1 | Pitches, Posters/Demos | Computational Geometry | |||
| 18:45 | Reception/Boat Tour | Conference Dinner | Awards, Next venue |
There will be regular talks during the day, and a Wednesday afternoon session of posters and demonstrations.
The social programme includes a canal boat ride with welcome drinks on the Tuesday evening, and a conference dinner on Wednesday (optional, at additional charge).
At the closing session on Thursday , The David Hestenes Promising Young Researcher Award will be handed out, as well as the Waldyr R. Rodrigues Jr. Best Poster prize, and we hope to announce the next venue.
Presentations (alphabetical by author/presenter)
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Eduardo Bayro-Corrochano
Politechnical University of Posnan, Poland | Coordinates to Color Quaternion Neural Network (CoCoQNN) and Coordinates to Color Quaternion Convolutional Neural Network (CoCoQCNN) for Image Processing |
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Johanka Brdečková
Brno University of Technology | Transformation in four phase power system using CGA |
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Lucas Burns
Chapman University | Representation and Gauge Freedom in Electromagnetism and Acoustics |
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Roman Byrtus
Brno University of Technology | CGA-Based Snake Robot Control Models |
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James Chappell
University of Adelaide | A Multivector Description of Spacetime |
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Clément Chomicki
Université Gustave Eiffel, CNRS | Pencils and set operators in 3D CGA |
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Pim de Haan
Qualcomm AI Research, Amsterdam | Geometric Algebra Transformer |
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Steven De Keninck
University of Amsterdam | Look, Ma, No Matrices! |
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Pierre-Philippe Dechant
University of Leeds | Characteristic multivectors of Coxeter transformations give novel insights into the geometry of root systems |
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Anna Derevianko
Brno University of Technology | On Control of 2D Switched Systems by Means of Geometric Aglgebra for Conics |
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Chris Doran
Cambridge University | Multi-algebra Fluency |
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Chris Doran
Cambridge University | Projective and Conformal Formulations of Electromagnetism |
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Leo Dorst
University of Amsterdam | Dual Spaces are Real: Orientation Types in Geometric Algebras |
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Ekaterina Filimoshina
HSE University | On Generalized Degenerate Lipschitz and Spin Groups |
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Silvia Franchini
National Research Council of Italy | A FPGA Coprocessor for Accelerating Geometric Algebra Algorithms based on the GAPPCO Design |
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Timothy Havel
Massachusetts Institute of Technology | Compatible Null Vectors, Heron's Formula, and Conformal Duality |
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Eckhard Hitzer
International Christian University, Tokyo, Japan | Geometric Algebra and symmetry in crystallography and physics |
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Jaroslav Hrdina
Brno University of Technology | Notes on geometric algebras in geometric control theory (sub-Riemannian geometry) |
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Kristján Óttar Klausen
University of Iceland | Symmetries of the boundary theorem in electrodynamics and beyond |
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Anthony Lasenby
University of Cambridge | A Spacetime Algebra Guide to Octonions and the Symmetry Groups of Particle Physics |
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Carlile Lavor
University of Campinas Brazil | Computing interatomic distances using Euclidean, Homogeneous, and Conformal Models |
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Hongbo Li
Chinese Academy of Sciences | From Null Monomials to Versors in Conformal Geometry |
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Cong Liu
AI4Science Lab, AMLab, University of Amsterdam | Clifford Group Equivariant Simplicial Message Passing Networks |
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Pavel Loučka
Brno University of Technology | Construction of Special Conics in Bundles of Conics Using Geometric Algebras |
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Stephen Mann
University of Waterlo, Canada | A Virtual Reality System for Visualizing Geometric Algebras |
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Charalampos Matsantonis
University of Cambridge | A Novel Line Alignment Algorithm using Geometric Algebra |
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Gene McClellan
Applied Research Associates, Inc. | Flux Quantization in Type II Superconductors |
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Alberto Pepe
U of Cambridge, TU Brandenburg | STAResNet: Spacetime Algebra Network for 3D Maxwell's PDEs |
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Oliver Rettig
DHBW-Karlsruhe, Germany | Towards an Integrated Development tool for GA and a symbolic CGA implementation based on CasADi for application in robotics. |
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Martin Roelfs
Flanders Make, University of Antwerp | The Willing Kingdon Clifford Algebra Library |
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David Ruhe
University of Amsterdam | From Clifford Neural Layers to Clifford Group Equivariant Networks |
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Sofia Rumyantseva
HSE University | On multidimensional Dirac-Hestenes equation |
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Dmitry Shirokov
HSE University | On Rank of Multivectors in Geometric Algebras |
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Duane Storti
University of Washington-Seattle | Bringing Engineers to Geometric Algebra (and vice versa) |
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Daren Thimm
University of Innsbruck, Austria | Factorizations of the Conformal Villarceau Motion |
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Hamish Todd
University of Cambridge | A Comprehensive Visualization of Versors of Conformal Geometric Algebra |
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Petr Vašík
Brno University of Technology | Hamiltonian mechanics in terms of geometric algebras |
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Jorge Ventura Gil
Universidad de Almeria | Applications of Geometric Algebra in Surveying and Geodesy |
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Greg Wilmot
University of Adelaide | Construction of Exceptional Lie Algebra G2 and Non-Associative Algebras using Clifford Algebra |
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Yuxin Yao
University of Cambridge | Simplifying and Generalising Equivariant Geometric Algebra Networks |
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Isiah Zaplana
Universitat Politècnia de Catalunya, Spain | Closed-form inverse kinematics solutions for a class of serial robots without spherical wrist using conformal geometric algebra |
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Maksim Zhdanov
University of Amsterdam | Clifford-Steerable Convolutional Neural Networks |
Posters/demos (alphabetical by author/presenter)
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Jens Andresen
Independent Scientist, Køge, Denmark | Local Space Structure by Geometric Algebra of the Hurwitz Unit Quaternions |
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Manuel Beato Vásquez
Universidad Autónoma de Santo Domingo | On the Continuity Equation in Clifford's Geometric Algebra |
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Peter Brands
Lumina Innovation | Bridge between hyperbolic and circular symmetry illuminates spacetime spinors |
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Steven De Keninck
University of Amsterdam | Look, Ma, No Trigonometry! |
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Leo Dorst
University of Amsterdam | Paraxial Geometric Optics in 3D through Point-based Geometric Algebra |
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Christian Faber
U of Apl Sci Lansdhut | A Unifying "Anycentric" Pinhole Camera Model for Calibrating Ento-, Tele- en Hypercentric Lenses |
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Zachary Leger
U of Waterloo | A modern Tool for Teaching Projective Geometric Algebra |
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Alberto Pepe
U of Cambridge, Huawei Munich Research Center | DPGNN: Differentiable Physics- and Geometry-Assisted Neural Networkin Clifford Algebra for 2D Flow Estimation |
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Hamish Todd
University of Cambridge | Snappets: A VR user interface for animation with bendable vectors |
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Greg Wilmot
University of Adelaide | The Algebra of Geometry |